GS2 is a gyrokinetic flux tube initial value turbulence code which can be used for fusion or astrophysical plasmas. CodeRunner is a framework for the automated running and analysis of large simulations. This module allows GS2 (and its sister code AstroGK) to harness the power of the CodeRunner framework.

A CodeRunner module to help you do your budget

A module which allows the CHEASE Grad-Shafranov solver to be run using the CodeRunner framework.

CorFu, the Coderunner/Trinity Fusion Optimisation Framework allows the optimisation of fusion performance using first principles flux calculations via Trinity.

A module to allow CodeRunner to run the integrated tokamak modelling suite Cronos. Requires matlab and matlab-ruby (Cronos also requires Matlab).

A CodeRunner module for running the luminescence dose modelling software DosiVox

A module to allow CodeRunner to run the Grad-Shafranov solver ECOM

A module which allows the GENE gyrokinetic code to be run using the CodeRunner framework.

This is a customised subclass of the CodeRunner::Run class which allows CodeRunner to run and analyse the gyrofluid GPU turbulent transport solver Gryfx.

A tool for working with common tokamak file formats from tools like EFIT, CHEASE, TRANSP, CRONOS etc. Contains commands for plotting a summary of content, manipulating the data within them and most importantly, converting one format to another.

A simple command line tool for managing accounts and finances. Easily import internet banking spreadsheets and generate sophisticated reports and projections.

A gem to allow coderunner to run the trinity code directly.

This module allows Trinity, the Multiscale Gyrokinetic Turbulent Transport solver for Fusion Reactors, to harness the power of CodeRunner, a framework for the automated running and analysis of simulations.

A CodeRunner module for the Veritas Vlasov Solver